Reinforcement Support for Stronger Construction Surfaces
We supply 80 GSM Fiberglass Mesh engineered for surface strengthening, crack resistance, and long-term durability in construction applications. This mesh is widely used in plastering, waterproofing, wall insulation, and tile backing, offering reliable structural support for residential, commercial, and industrial projects.
Common Industry Applications
- Exterior and interior wall reinforcement
- Cement plaster and gypsum coating support
- EIFS and insulation system protection
- Tile fixing and stone cladding preparation
- Crack prevention on old and new surfaces
- Drywall finishing and joint reinforcement
Its balanced weight and strength make it ideal for light to medium construction requirements.
Material Build & Performance
- Alkali-Resistant Fiber Made with coated fiberglass yarn to withstand alkaline plaster, cement, and adhesives.
- Stable Weaving Pattern Uniform mesh design ensures equal load distribution during plastering or coating.
- Tear-Resistant Structure Prevents stretching, deformation, or tearing during installation.
- Flexible for Curved Surfaces Fits easily around corners, curves, and uneven areas without losing strength.
- Moisture & Crack Control Supports the plaster layer, reducing shrinkage cracks and surface weakness.
Advantages for Construction Teams
- Improves bonding strength of coatings
- Reduces surface defects during finishing
- Light weight makes handling simple
- Ideal for strengthening weak substrates
- Compatible with various waterproofing products
- Helps extend the life of wall and ceiling surfaces
The mesh adds stability to the entire finishing layer, especially in areas prone to structural stress.
Why Buyers Prefer Our Mesh
Weight and grid size
High-quality fiberglass with strong capacity
Good ability during application
Treated alkali resistance
Long-lasting reinforcement for all coating systems
Our Fiberglass Mesh is a dependable choice for creating durable, crack-free, and professionally finished surfaces across all types of construction environments.